Observation of photo-stimulated detrapping currents of FEP teflon electrets

T. Oda, T. Utsumi, T. Kumano, M. Itami
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引用次数: 4

Abstract

Photo-Stimulated Detrapping Currents (PSDCs) of FEP-teflon electrets charged by corona at 150°C were observed to understand the charge storage mechanism. Monochromatic light of a deuterium lamp (4–6.5 eV) or a mercury lamp (4.9 eV) was irradiated to the sample electrets at a room temperature. A threshold energy of light to generate PSDCs was found to be 4.9 eV. The experimental results indicate that there exists only single trapping level (4.9 eV) to be activated by a deuterium lamp. However, at a higher temperature, the another photo-sensitive detrapping current was also observed by the irradiation of the same light.
FEP聚四氟乙烯驻极体光激发脱阱电流的观察
在150°C的温度下,观察了FEP-teflon驻极体的光激发脱阱电流(PSDCs),以了解电荷存储机制。在室温下将氘灯(4-6.5 eV)或汞灯(4.9 eV)的单色光照射到样品驻极体上。产生PSDCs的光的阈值能量为4.9 eV。实验结果表明,氘灯只能激活单个捕获能级(4.9 eV)。然而,在更高的温度下,同样的光照射也观察到另一种光敏脱阱电流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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